VetoPerf Report

Veto:	text file
Number of veto segments:	376
Veto dead-time:	201.625 s	(0.025 %)
Number of vetoed clusters:	177

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	177/122170	(0.145%)	167/3933	(4.246%)	165/2303	(7.165%)	158/1250	(12.640%)
Number of used veto segments:	174	(46.277%)	166	(44.149%)	164	(43.617%)	157	(41.755%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V1: V1:SPRB_B4_PD2_Blended_0 (ε = 0.142%, ε/d = 544.197) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	362
Veto dead-time:	187.212 s	(0.023 %)
Number of vetoed clusters:	174

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	174/122170	(0.142%)	165/3933	(4.195%)	163/2303	(7.078%)	155/1250	(12.400%)
Number of used veto segments:	171	(47.238%)	164	(45.304%)	162	(44.751%)	154	(42.541%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V2: V1:SPRB_B4_PD2_Blended_D_0 (ε = 0.142%, ε/d = 547.106) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	353
Veto dead-time:	186.217 s	(0.023 %)
Number of vetoed clusters:	173

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	173/122170	(0.142%)	164/3933	(4.170%)	162/2303	(7.034%)	155/1250	(12.400%)
Number of used veto segments:	170	(48.159%)	163	(46.176%)	161	(45.609%)	154	(43.626%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V3: V1:SPRB_B4_QD1_12MHz_Sum_0 (ε = 0.101%, ε/d = 1078.278) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	250
Veto dead-time:	75.587 s	(0.009 %)
Number of vetoed clusters:	124

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	124/122170	(0.101%)	124/3933	(3.153%)	124/2303	(5.384%)	124/1250	(9.920%)
Number of used veto segments:	124	(49.600%)	124	(49.600%)	124	(49.600%)	124	(49.600%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V4: V1:SPRB_B4_QD2_12MHz_Sum_0 (ε = 0.095%, ε/d = 1088.779) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	260
Veto dead-time:	70.029 s	(0.009 %)
Number of vetoed clusters:	116

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	116/122170	(0.095%)	116/3933	(2.949%)	116/2303	(5.037%)	116/1250	(9.280%)
Number of used veto segments:	116	(44.615%)	116	(44.615%)	116	(44.615%)	116	(44.615%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V5: V1:SPRB_B4_QD1_50MHz_SUM_Q_0 (ε = 0.083%, ε/d = 1150.873) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	229
Veto dead-time:	57.684 s	(0.007 %)
Number of vetoed clusters:	101

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	101/122170	(0.083%)	101/3933	(2.568%)	101/2303	(4.386%)	101/1250	(8.080%)
Number of used veto segments:	101	(44.105%)	101	(44.105%)	101	(44.105%)	101	(44.105%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V6: V1:SPRB_B4_PD2_DC_0 (ε = 0.079%, ε/d = 364.009) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	169
Veto dead-time:	130.011 s	(0.016 %)
Number of vetoed clusters:	97

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	97/122170	(0.079%)	75/3933	(1.907%)	73/2303	(3.170%)	72/1250	(5.760%)
Number of used veto segments:	95	(56.213%)	75	(44.379%)	73	(43.195%)	72	(42.604%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V7: V1:SPRB_B4_QD2_50MHz_SUM_Q_0 (ε = 0.075%, ε/d = 1252.666) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	197
Veto dead-time:	47.749 s	(0.006 %)
Number of vetoed clusters:	92

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	92/122170	(0.075%)	91/3933	(2.314%)	91/2303	(3.951%)	91/1250	(7.280%)
Number of used veto segments:	92	(46.701%)	91	(46.193%)	91	(46.193%)	91	(46.193%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V8: V1:SPRB_B4_QD2_6MHz_H_I_0 (ε = 0.068%, ε/d = 854.609) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	168
Veto dead-time:	63.067 s	(0.008 %)
Number of vetoed clusters:	83

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	83/122170	(0.068%)	82/3933	(2.085%)	82/2303	(3.561%)	82/1250	(6.560%)
Number of used veto segments:	83	(49.405%)	82	(48.810%)	82	(48.810%)	82	(48.810%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V9: V1:SPRB_B4_QD2_56MHz_H_I_0 (ε = 0.064%, ε/d = 1076.930) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	147
Veto dead-time:	47.606 s	(0.006 %)
Number of vetoed clusters:	78

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	78/122170	(0.064%)	78/3933	(1.983%)	78/2303	(3.387%)	78/1250	(6.240%)
Number of used veto segments:	78	(53.061%)	78	(53.061%)	78	(53.061%)	78	(53.061%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V10: V1:SPRB_B4_QD1_Sum_0 (ε = 0.061%, ε/d = 489.439) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	171
Veto dead-time:	88.635 s	(0.011 %)
Number of vetoed clusters:	75

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	75/122170	(0.061%)	67/3933	(1.704%)	67/2303	(2.909%)	66/1250	(5.280%)
Number of used veto segments:	75	(43.860%)	67	(39.181%)	67	(39.181%)	66	(38.596%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V11: V1:SPRB_B4_QD2_Sum_0 (ε = 0.053%, ε/d = 395.764) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	129
Veto dead-time:	97.988 s	(0.012 %)
Number of vetoed clusters:	65

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	65/122170	(0.053%)	59/3933	(1.500%)	59/2303	(2.562%)	59/1250	(4.720%)
Number of used veto segments:	64	(49.612%)	59	(45.736%)	59	(45.736%)	59	(45.736%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V12: V1:SPRB_B4_QD1_6MHz_H_I_0 (ε = 0.046%, ε/d = 647.830) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	114
Veto dead-time:	47.687 s	(0.006 %)
Number of vetoed clusters:	56

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	56/122170	(0.046%)	48/3933	(1.220%)	47/2303	(2.041%)	47/1250	(3.760%)
Number of used veto segments:	55	(48.246%)	48	(42.105%)	47	(41.228%)	47	(41.228%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V13: V1:SPRB_B4_QD2_56MHz_SUM_I_0 (ε = 0.043%, ε/d = 793.880) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	101
Veto dead-time:	41.397 s	(0.005 %)
Number of vetoed clusters:	52

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	52/122170	(0.043%)	51/3933	(1.297%)	50/2303	(2.171%)	50/1250	(4.000%)
Number of used veto segments:	52	(51.485%)	51	(50.495%)	50	(49.505%)	50	(49.505%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V14: V1:SPRB_B4_QD1_56MHz_SUM_I_0 (ε = 0.039%, ε/d = 655.852) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	90
Veto dead-time:	48.105 s	(0.006 %)
Number of vetoed clusters:	48

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	48/122170	(0.039%)	48/3933	(1.220%)	48/2303	(2.084%)	48/1250	(3.840%)
Number of used veto segments:	48	(53.333%)	48	(53.333%)	48	(53.333%)	48	(53.333%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V15: V1:SPRB_B4_QD1_6MHz_V_I_0 (ε = 0.038%, ε/d = 574.290) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	89
Veto dead-time:	49.215 s	(0.006 %)
Number of vetoed clusters:	46

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	46/122170	(0.038%)	43/3933	(1.093%)	43/2303	(1.867%)	43/1250	(3.440%)
Number of used veto segments:	46	(51.685%)	43	(48.315%)	43	(48.315%)	43	(48.315%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V16: V1:SPRB_B4_QD1_56MHz_V_Q_0 (ε = 0.036%, ε/d = 372.874) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	83
Veto dead-time:	65.223 s	(0.008 %)
Number of vetoed clusters:	44

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	44/122170	(0.036%)	37/3933	(0.941%)	37/2303	(1.607%)	37/1250	(2.960%)
Number of used veto segments:	44	(53.012%)	37	(44.578%)	37	(44.578%)	37	(44.578%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V17: V1:SPRB_B4_QD1_50MHz_SUM_I_0 (ε = 0.032%, ε/d = 1437.902) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	82
Veto dead-time:	17.828 s	(0.002 %)
Number of vetoed clusters:	39

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	39/122170	(0.032%)	39/3933	(0.992%)	39/2303	(1.693%)	39/1250	(3.120%)
Number of used veto segments:	39	(47.561%)	39	(47.561%)	39	(47.561%)	39	(47.561%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V18: V1:SPRB_B4_QD2_6MHz_V_Q_0 (ε = 0.031%, ε/d = 552.487) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	82
Veto dead-time:	38.070 s	(0.005 %)
Number of vetoed clusters:	38

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	38/122170	(0.031%)	35/3933	(0.890%)	34/2303	(1.476%)	32/1250	(2.560%)
Number of used veto segments:	37	(45.122%)	35	(42.683%)	34	(41.463%)	32	(39.024%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V19: V1:SPRB_B4_QD2_H_0 (ε = 0.030%, ε/d = 465.993) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	68
Veto dead-time:	45.137 s	(0.005 %)
Number of vetoed clusters:	37

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	37/122170	(0.030%)	33/3933	(0.839%)	32/2303	(1.389%)	32/1250	(2.560%)
Number of used veto segments:	37	(54.412%)	33	(48.529%)	32	(47.059%)	32	(47.059%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V20: V1:SPRB_B4_QD2_50MHz_SUM_I_0 (ε = 0.030%, ε/d = 2441.996) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	68
Veto dead-time:	9.959 s	(0.001 %)
Number of vetoed clusters:	37

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	37/122170	(0.030%)	37/3933	(0.941%)	37/2303	(1.607%)	37/1250	(2.960%)
Number of used veto segments:	37	(54.412%)	37	(54.412%)	37	(54.412%)	37	(54.412%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V21: V1:SPRB_B4_QD2_6MHz_V_I_0 (ε = 0.029%, ε/d = 546.207) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	61
Veto dead-time:	42.118 s	(0.005 %)
Number of vetoed clusters:	36

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	36/122170	(0.029%)	35/3933	(0.890%)	35/2303	(1.520%)	35/1250	(2.800%)
Number of used veto segments:	36	(59.016%)	35	(57.377%)	35	(57.377%)	35	(57.377%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V22: V1:SPRB_B4_QD2_56MHz_V_I_0 (ε = 0.029%, ε/d = 744.968) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	71
Veto dead-time:	30.881 s	(0.004 %)
Number of vetoed clusters:	35

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	35/122170	(0.029%)	35/3933	(0.890%)	35/2303	(1.520%)	35/1250	(2.800%)
Number of used veto segments:	35	(49.296%)	35	(49.296%)	35	(49.296%)	35	(49.296%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V23: V1:SPRB_B4_QD2_H_norm_0 (ε = 0.028%, ε/d = 1265.020) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	69
Veto dead-time:	17.146 s	(0.002 %)
Number of vetoed clusters:	34

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	34/122170	(0.028%)	33/3933	(0.839%)	33/2303	(1.433%)	33/1250	(2.640%)
Number of used veto segments:	34	(49.275%)	33	(47.826%)	33	(47.826%)	33	(47.826%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V24: V1:SPRB_B4_QD1_50MHz_H_I_0 (ε = 0.028%, ε/d = 1391.158) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	50
Veto dead-time:	15.592 s	(0.002 %)
Number of vetoed clusters:	34

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	34/122170	(0.028%)	33/3933	(0.839%)	33/2303	(1.433%)	33/1250	(2.640%)
Number of used veto segments:	34	(68.000%)	33	(66.000%)	33	(66.000%)	33	(66.000%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V25: V1:SPRB_B4_QD1_56MHz_SUM_Q_0 (ε = 0.027%, ε/d = 862.301) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	70
Veto dead-time:	23.630 s	(0.003 %)
Number of vetoed clusters:	33

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	33/122170	(0.027%)	31/3933	(0.788%)	31/2303	(1.346%)	31/1250	(2.480%)
Number of used veto segments:	33	(47.143%)	31	(44.286%)	31	(44.286%)	31	(44.286%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V26: V1:SPRB_B4_QD2_6MHz_SUM_I_0 (ε = 0.027%, ε/d = 1020.960) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	66
Veto dead-time:	20.602 s	(0.003 %)
Number of vetoed clusters:	33

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	33/122170	(0.027%)	32/3933	(0.814%)	32/2303	(1.389%)	32/1250	(2.560%)
Number of used veto segments:	33	(50.000%)	32	(48.485%)	32	(48.485%)	32	(48.485%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V27: V1:SPRB_B4_QD1_6MHz_SUM_Q_0 (ε = 0.026%, ε/d = 1119.564) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	47
Veto dead-time:	18.787 s	(0.002 %)
Number of vetoed clusters:	32

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	32/122170	(0.026%)	32/3933	(0.814%)	32/2303	(1.389%)	32/1250	(2.560%)
Number of used veto segments:	32	(68.085%)	32	(68.085%)	32	(68.085%)	32	(68.085%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V28: V1:SPRB_B4_QD2_6MHz_H_Q_0 (ε = 0.026%, ε/d = 1153.377) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	54
Veto dead-time:	18.236 s	(0.002 %)
Number of vetoed clusters:	32

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	32/122170	(0.026%)	32/3933	(0.814%)	32/2303	(1.389%)	32/1250	(2.560%)
Number of used veto segments:	32	(59.259%)	32	(59.259%)	32	(59.259%)	32	(59.259%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V29: V1:SPRB_B4_QD1_112MHz_Sum_0 (ε = 0.025%, ε/d = 660.497) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	41
Veto dead-time:	30.850 s	(0.004 %)
Number of vetoed clusters:	31

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	31/122170	(0.025%)	31/3933	(0.788%)	31/2303	(1.346%)	31/1250	(2.480%)
Number of used veto segments:	31	(75.610%)	31	(75.610%)	31	(75.610%)	31	(75.610%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V30: V1:SPRB_B4_QD2_6MHz_SUM_Q_0 (ε = 0.025%, ε/d = 1425.588) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	55
Veto dead-time:	13.832 s	(0.002 %)
Number of vetoed clusters:	31

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	31/122170	(0.025%)	30/3933	(0.763%)	30/2303	(1.303%)	30/1250	(2.400%)
Number of used veto segments:	31	(56.364%)	30	(54.545%)	30	(54.545%)	30	(54.545%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V31: V1:SPRB_B4_QD1_H_norm_0 (ε = 0.024%, ε/d = 427.397) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	63
Veto dead-time:	39.985 s	(0.005 %)
Number of vetoed clusters:	29

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	29/122170	(0.024%)	26/3933	(0.661%)	26/2303	(1.129%)	26/1250	(2.080%)
Number of used veto segments:	29	(46.032%)	26	(41.270%)	26	(41.270%)	26	(41.270%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V32: V1:SPRB_B4_QD2_V_norm_0 (ε = 0.024%, ε/d = 1340.404) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	48
Veto dead-time:	14.221 s	(0.002 %)
Number of vetoed clusters:	29

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	29/122170	(0.024%)	29/3933	(0.737%)	29/2303	(1.259%)	29/1250	(2.320%)
Number of used veto segments:	29	(60.417%)	29	(60.417%)	29	(60.417%)	29	(60.417%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V33: V1:SPRB_B4_QD1_56MHz_H_I_0 (ε = 0.024%, ε/d = 839.092) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	63
Veto dead-time:	22.717 s	(0.003 %)
Number of vetoed clusters:	29

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	29/122170	(0.024%)	29/3933	(0.737%)	29/2303	(1.259%)	29/1250	(2.320%)
Number of used veto segments:	29	(46.032%)	29	(46.032%)	29	(46.032%)	29	(46.032%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V34: V1:SPRB_B4_QD1_6MHz_V_Q_0 (ε = 0.021%, ε/d = 1221.095) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	61
Veto dead-time:	13.457 s	(0.002 %)
Number of vetoed clusters:	26

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	26/122170	(0.021%)	25/3933	(0.636%)	25/2303	(1.086%)	25/1250	(2.000%)
Number of used veto segments:	26	(42.623%)	25	(40.984%)	25	(40.984%)	25	(40.984%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V35: V1:SPRB_B4_QD1_56MHz_H_Q_0 (ε = 0.021%, ε/d = 930.063) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	49
Veto dead-time:	17.668 s	(0.002 %)
Number of vetoed clusters:	26

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	26/122170	(0.021%)	26/3933	(0.661%)	25/2303	(1.086%)	25/1250	(2.000%)
Number of used veto segments:	26	(53.061%)	26	(53.061%)	25	(51.020%)	25	(51.020%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V36: V1:SPRB_B4_QD1_56MHz_V_I_0 (ε = 0.020%, ε/d = 1136.862) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	39
Veto dead-time:	14.454 s	(0.002 %)
Number of vetoed clusters:	25

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	25/122170	(0.020%)	25/3933	(0.636%)	25/2303	(1.086%)	25/1250	(2.000%)
Number of used veto segments:	25	(64.103%)	25	(64.103%)	25	(64.103%)	25	(64.103%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V37: V1:SPRB_B4_QD2_56MHz_H_Q_0 (ε = 0.020%, ε/d = 5051.151) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	45
Veto dead-time:	3.123 s	(0.000 %)
Number of vetoed clusters:	24

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	24/122170	(0.020%)	24/3933	(0.610%)	24/2303	(1.042%)	24/1250	(1.920%)
Number of used veto segments:	24	(53.333%)	24	(53.333%)	24	(53.333%)	24	(53.333%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V38: V1:SPRB_B4_QD1_50MHz_H_Q_0 (ε = 0.020%, ε/d = 3654.662) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	44
Veto dead-time:	4.316 s	(0.001 %)
Number of vetoed clusters:	24

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	24/122170	(0.020%)	24/3933	(0.610%)	24/2303	(1.042%)	24/1250	(1.920%)
Number of used veto segments:	24	(54.545%)	24	(54.545%)	24	(54.545%)	24	(54.545%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V39: V1:SPRB_B4_QD2_112MHz_Sum_0 (ε = 0.020%, ε/d = 637.979) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	32
Veto dead-time:	24.727 s	(0.003 %)
Number of vetoed clusters:	24

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	24/122170	(0.020%)	24/3933	(0.610%)	24/2303	(1.042%)	24/1250	(1.920%)
Number of used veto segments:	24	(75.000%)	24	(75.000%)	24	(75.000%)	24	(75.000%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V40: V1:SPRB_B4_QD1_H_0 (ε = 0.019%, ε/d = 629.989) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	41
Veto dead-time:	21.910 s	(0.003 %)
Number of vetoed clusters:	23

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	23/122170	(0.019%)	21/3933	(0.534%)	21/2303	(0.912%)	21/1250	(1.680%)
Number of used veto segments:	23	(56.098%)	21	(51.220%)	21	(51.220%)	21	(51.220%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V41: V1:SPRB_B4_QD2_56MHz_V_Q_0 (ε = 0.016%, ε/d = 640.360) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	26
Veto dead-time:	13.344 s	(0.002 %)
Number of vetoed clusters:	19

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	19/122170	(0.016%)	13/3933	(0.331%)	13/2303	(0.564%)	13/1250	(1.040%)
Number of used veto segments:	18	(69.231%)	13	(50.000%)	13	(50.000%)	13	(50.000%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V42: V1:SPRB_B4_QD2_V_0 (ε = 0.013%, ε/d = 621.915) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	31
Veto dead-time:	16.910 s	(0.002 %)
Number of vetoed clusters:	16

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	16/122170	(0.013%)	16/3933	(0.407%)	16/2303	(0.695%)	16/1250	(1.280%)
Number of used veto segments:	16	(51.613%)	16	(51.613%)	16	(51.613%)	16	(51.613%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V43: V1:SPRB_B4_QD1_GALVO_V_CORR_0 (ε = 0.012%, ε/d = 2728.652) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	21
Veto dead-time:	3.613 s	(0.000 %)
Number of vetoed clusters:	15

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	15/122170	(0.012%)	15/3933	(0.381%)	15/2303	(0.651%)	15/1250	(1.200%)
Number of used veto segments:	15	(71.429%)	15	(71.429%)	15	(71.429%)	15	(71.429%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V44: V1:SPRB_B4_QD1_GALVO_V_CORR_notsafe_0 (ε = 0.012%, ε/d = 2728.652) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	21
Veto dead-time:	3.613 s	(0.000 %)
Number of vetoed clusters:	15

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	15/122170	(0.012%)	15/3933	(0.381%)	15/2303	(0.651%)	15/1250	(1.200%)
Number of used veto segments:	15	(71.429%)	15	(71.429%)	15	(71.429%)	15	(71.429%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V45: V1:SPRB_B4_QD2_50MHz_H_I_0 (ε = 0.011%, ε/d = 2314.782) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	23
Veto dead-time:	3.691 s	(0.000 %)
Number of vetoed clusters:	13

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	13/122170	(0.011%)	13/3933	(0.331%)	13/2303	(0.564%)	13/1250	(1.040%)
Number of used veto segments:	13	(56.522%)	13	(56.522%)	13	(56.522%)	13	(56.522%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V46: V1:SPRB_B4_QD1_50MHz_V_Q_0 (ε = 0.010%, ε/d = 2884.571) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	23
Veto dead-time:	2.734 s	(0.000 %)
Number of vetoed clusters:	12

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	12/122170	(0.010%)	12/3933	(0.305%)	12/2303	(0.521%)	12/1250	(0.960%)
Number of used veto segments:	12	(52.174%)	12	(52.174%)	12	(52.174%)	12	(52.174%)

Plots:
→ SNR distribution before and after veto
→ Time-frequency trigger distribution:	before/after veto
→ SNR-time trigger distribution:	before/after veto
→ SNR-frequency trigger distribution:	before/after veto

V47: V1:SPRB_B4_PD2_IBias_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V48: V1:SPRB_B4_PD2_VBias_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V49: V1:SPRB_B4_PD_select_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V50: V1:SPRB_B4_QD1_112MHz_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V51: V1:SPRB_B4_QD1_112MHz_H_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V52: V1:SPRB_B4_QD1_112MHz_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V53: V1:SPRB_B4_QD1_112MHz_V_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V54: V1:SPRB_B4_QD1_12MHz_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V55: V1:SPRB_B4_QD1_12MHz_H_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V56: V1:SPRB_B4_QD1_12MHz_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V57: V1:SPRB_B4_QD1_12MHz_V_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V58: V1:SPRB_B4_QD1_50MHz_V_I_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V59: V1:SPRB_B4_QD1_6MHz_H_Q_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V60: V1:SPRB_B4_QD1_6MHz_SUM_I_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V61: V1:SPRB_B4_QD1_GALVO_H_CORR_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V62: V1:SPRB_B4_QD1_GALVO_H_CORR_notsafe_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V63: V1:SPRB_B4_QD1_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V64: V1:SPRB_B4_QD1_V_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V65: V1:SPRB_B4_QD2_112MHz_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V66: V1:SPRB_B4_QD2_112MHz_H_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V67: V1:SPRB_B4_QD2_112MHz_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V68: V1:SPRB_B4_QD2_112MHz_V_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V69: V1:SPRB_B4_QD2_12MHz_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V70: V1:SPRB_B4_QD2_12MHz_H_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V71: V1:SPRB_B4_QD2_12MHz_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V72: V1:SPRB_B4_QD2_12MHz_V_norm_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V73: V1:SPRB_B4_QD2_50MHz_H_Q_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V74: V1:SPRB_B4_QD2_50MHz_V_I_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V75: V1:SPRB_B4_QD2_50MHz_V_Q_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V76: V1:SPRB_B4_QD2_56MHz_SUM_Q_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V77: V1:SPRB_B4_QD2_GALVO_H_CORR_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V78: V1:SPRB_B4_QD2_GALVO_H_CORR_notsafe_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V79: V1:SPRB_B4_QD2_GALVO_V_CORR_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V80: V1:SPRB_B4_QD2_GALVO_V_CORR_notsafe_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V81: V1:SPRB_Clock_100MHz_mag_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V82: V1:SPRB_Clock_100MHz_phi_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V83: V1:SPRB_GALVO_gene_sum_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V84: V1:SPRB_LC_B4_QD2_TX_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V85: V1:SPRB_LC_B4_QD2_TY_err_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V86: V1:SPRB_LC_B4_QD2_enbl_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V87: V1:SPRB_LC_B4_QD2_enbl_safe_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V88: V1:SPRB_LC_COIL_BL_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V89: V1:SPRB_LC_COIL_BL_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V90: V1:SPRB_LC_COIL_BR_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V91: V1:SPRB_LC_COIL_BR_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V92: V1:SPRB_LC_COIL_FL_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V93: V1:SPRB_LC_COIL_FL_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V94: V1:SPRB_LC_COIL_FR_H_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V95: V1:SPRB_LC_COIL_FR_V_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V96: V1:SPRB_LC_CfgChange_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V97: V1:SPRB_LC_LVDT_BL_H_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V98: V1:SPRB_LC_LVDT_BL_V_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

V99: V1:SPRB_LC_LVDT_BR_H_out_raw_1000Hz_0 (ε = 0.000%, ε/d = 0.000) [click here to expand/hide] [link to here]

Veto:	text file
Number of veto segments:	0
Veto dead-time:	0.000 s	(0.000 %)
Number of vetoed clusters:	0

Performance on V1:Hrec_hoft_16384Hz clusters:

	SNR > 5.000		SNR > 8.000		SNR > 10.000		SNR > 20.000
Number of vetoed clusters:	0/122170	(0.000%)	0/3933	(0.000%)	0/2303	(0.000%)	0/1250	(0.000%)
Number of used veto segments:	0	(-nan%)	0	(-nan%)	0	(-nan%)	0	(-nan%)

Plots:
→ Time-frequency trigger distribution:	plot
→ SNR-time trigger distribution:	plot
→ SNR-frequency trigger distribution:	plot

VetoPerf version:	3.2.0: documentation gitlab repository
VetoPerf run by:	unknown
VetoPerf processing time:	0 h, 18 min, 18 s
Processing Date:	Thu Feb 13 10:08:18 2025 (UTC)
Requested start:	1420288240 → Tue Jan 7 12:30:22 2025 (UTC)
Requested stop:	1421478029 → Tue Jan 21 07:00:11 2025 (UTC)
Requested livetime:	821616 sec → 9.509 days
Requested segments:	vp.insegments.txt
Summary text file:	vp.summary.txt

Number of raw triggers:	61913943
Number of raw clusters:	133638
Number of active clusters:	122170 (SNR > 5.000) 3933 (SNR > 8.000) 2303 (SNR > 10.000) 1250 (SNR > 20.000)

Number of vetoes:	100
Dead time:	Integrated time when the veto is active. We note d the fraction of the total livetime (821616 s) when the veto is active.
Efficiency (ε):	This is the fraction of V1:Hrec_hoft_16384Hz triggers which are vetoed.
ε/d:	This factor is larger than 1 when the veto rejects more triggers than a random veto.

VetoPerf analysis over V1:Hrec_hoft_16384Hz

Summary

Triggers (V1:Hrec_hoft_16384Hz - OMICRON)

Vetoes

V0: V1:SPRB_B4_PD2_Audio_0 (ε = 0.145%, ε/d = 515.075) [click here to expand/hide] [link to here]